One Platform for Financial Crime

Unified application fraud and transaction monitoring into one enterprise investigation experience, simplifying sophisticated rules, risk and ML workflows.


  • SaaS
  • Fintech
  • Complex Workflows
  • Machine Learning
  • Design Leadership
GBG2021
One Platform for Financial Crime

I led the design of GBG's Financial Crime Studio (FCS) — a next-generation enterprise platform unifying two disconnected products, Instinct Hub and Predator, into one investigation experience where business users could build rules, configure workflows, test scenarios and review alerts without writing code.

Outcome: Replaced two legacy fraud tools with one self-serve fraud studio built around visual rule creation, explainable machine learning and pre-deployment testing — reducing analysts' dependence on engineering and support.

Project snapshot

Company
GBG
Platform
Financial Crime Studio (FCS)
Role
Product Design Lead
Scope
Unified fraud investigation, rules engine, workflow builder, risk scoring, ML decisioning
Team
Three Senior UX Designers, plus product, engineering and machine learning partners
Tools
Figma, FigJam, ProtoPie, Maze, React, Storybook
Skill areas
Product strategy, enterprise UX, rules design, scoring design, workflow design, AI/ML collaboration, design systems, research, leadership

Impact at a glance

Unified two products into one studio

Merged onboarding-fraud and transaction-monitoring workflows into a single tool, so analysts stopped switching context and repeating the same investigation twice.

Built a rule builder non-technical users could trust

Replaced code-first rule creation with a visual builder — plus an expression builder for advanced users — cutting reliance on engineering for every change.

Made machine learning explainable

Translated ML outputs into human-readable evidence, confidence indicators and reviewable thresholds, so analysts could act on model output instead of treating it as a black box.

Let users test before they deployed

Built a mechanism to validate rules and scenarios against real datasets before going live, giving business users confidence in their own logic.

In short: redesigned how a global fraud platform makes decisions — turning two legacy tools and opaque ML output into one self-serve studio for building, testing and deploying fraud strategy.

60%reduced rules engine complexity
2 → 1Legacy fraud platforms unified into one studio
3Senior UX Designers led on the FCS build
10User testing sessions run in Maze
4Customer validation sessions

Private deep dive

Go behind the product.

What you see here is only a glimpse of the project.

The full case study covers the original problem, what I discovered along the way, assumptions that proved wrong, directions I explored, trade-offs I made, and how feedback changed my thinking.

Request access for the complete decision trail — through to the final outcome and impact.

  • Product Strategy
  • Enterprise UX
  • Rules Engine
  • Workflow Design
  • Risk Scoring
  • Explainable AI
  • Machine Learning Collaboration
  • Design Systems
  • Design Leadership